An imaginary spherical surface has radius 1.5 m.Fully contained within and concentric with the spherical surface is a spherical conductor with a uniform surface charge density of 1.5 $\times$ 10^-7 C/m².What is its radius if the flux through the imaginary surface is electric field 1.5 m from its center is 480 Nm²/C? A) 3.2 cm B) 4.7 cm C) 9.5 cm D) 6.4 cm E) 3.9 cm

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The Answer of An imaginary spherical surface has radius 1.5 m.Fully contained within and concentric with the spherical surface is a spherical conductor with a uniform surface charge density of 1.5 $\times$ 10^-7 C/m².What is its radius if the flux through the imaginary surface is electric field 1.5 m from its center is 480 Nm²/C? A) 3.2 cm B) 4.7 cm C) 9.5 cm D) 6.4 cm E) 3.9 cm

An Imaginary Spherical Surface Has Radius 1 ×\times× 10-7 C/m2

An Imaginary Spherical Surface Has Radius 1 $\times$ 10^-7 C/m²